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bouwmaterialen --- Building design --- Building materials. Building technology --- Architecture --- building materials --- funderingen --- Bouwmaterialen.

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Essential Natural Plasters is the most comprehensive guide to making and using natural plasters for all types of buildings. It covers clay, lime, and gypsum plasters; waterproof tadelakt plaster; fibers and additives; interior and exterior use; substrate preparation; mixing, testing, and tinting; and practical application tips.

Plaster --- Plastering --- Sustainable construction --- Building materials --- Environmental aspects --- 691.4 --- Bouwmaterialen ; leem --- Bouwmaterialen ; natuurlijke materialen --- Buitenmuren; bekleding; pleisterwerk --- Pleisterwerk; binnenbepleistering --- Green construction --- Building --- Sustainable engineering --- Pargetting --- Masonry --- Bouwmaterialen ; leem, klei, aardewerk --- Building Materials --- Crafts & Hobbies --- Technology & Engineering --- Architecture

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Seit drei Jahrzehnten gibt es ein wachsendes Interesse am umweltfreundlichen Baustoff Lehm, der seine beispielhafte Nachhaltigkeit schon über Jahrhunderte bewiesen hatte. Gerade der Leichtlehmbau, bei dem Holzskelett- oder Fachwerkwände mit Lehm und Faserstoffen ausgefacht werden, hat besonders gute bauphysikalische Eigenschaften. Dass Lehmbau heute nichts Exotisches mehr an sich hat, ist unter anderem diesem Standardwerk zu verdanken, das den Einsatz dieses „alten“ Baustoffes umfassend und aktuell darstellt. Es enthält neben vielen praktischen Tipps Informationen über konstruktive Vereinfachungen und den Gebrauch von Lehm-Fertigbaustoffen für die zeitgemäße Bauabwicklung. Die Auswahl der Projektebeispiele zeigt die Vielfalt des Baustoffes; Selbstbauprojekte demonstrieren darüber hinaus die einzigartige Möglichkeit, den Leichtlehmbau mit eigenen Händen zu entdecken. Für die 8. Auflage wurde der Beispielteil aktualisiert, die Kapitel „Planung und Kosten“ sowie „Bauphysik“ adaptiert, die Normenangaben wurden auf den neuesten Stand gebracht. Das Buch richtet sich an Bauherren, Architekten und Ingenieure, Hersteller und Handwerker sowie an Selbstbauer. The interest in clay as a building material – which has proved its sustainable characteristics over centuries – is growing. Light clay, which is light in weight and easy to work, is presented here as a versatile and forward-looking building material for modern computer-aided timber construction and the renewal of historic timber-framed buildings with clay infill. The balanced building physics properties of the material, which can be controlled through the mixing proportions, make it suitable for resource-efficient building in various different climate zones. Thermal storage, sound insulation, protection against moisture and fire in conventional timber construction are improved, and the construction is simplified. This standard publication describes detailed production methods, includes practical tips for self-building, and demonstrates the application of ready-made materials in modern construction. The book is aimed at architects, engineers, and their clients, as well as for listed building officers, manufacturers, tradesmen and self-builders

691 --- 691.4 --- 691.1 --- Bouwmaterialen (architectuur) --- Aarde --- Adobe --- Leem --- Hout --- Houtconstructies --- 691.11 --- Constructie ; handboeken ; bouwen met aarde en hout --- Bouwmaterialen ; leem en hout --- Duurzame architectuur ; milieuvriendelijke materialen ; klei en hout --- Bouwmaterialen ; van organische oorsprong --- Bouwmaterialen ; hout --- Earth construction --- Construction en terre --- Structure en bois --- Earth construction. --- Building, Earth --- Earth building --- Building

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No matter where we are and what we are doing, steel is always present in our lives, at work or in our leisure time, sometimes even as a work of art. Steel is indispensable, recyclable and has a very special significance: In our modern industrial society, steel is the basic material for all important industrial sectors, such as automotive and shipbuilding, apparatus and mechanical engineering, bridge and structural steel engineering, energy and environmental technology, the packaging industry, the household and sports industry, medical technology, hydraulics and pneumatics, and many more. Today, the large-scale production and processing of steel is state of the art and the variety of steels developed is impressive. This world of steel is constantly evolving and has become astonishingly diverse, indeed so complex that it is not easy to keep track of in practice. The aim is to give the reader an understanding of this world, not in a highly scientific way, but in a technically correct and easily understandable way: from steel production, ingot and continuous casting, forming and mechanical processing to finishing, testing and packaging of the products, the processes and equipment predominantly used throughout, including the environmentally compatible recycling and disposal of waste. Interesting applications will also be highlighted. The target groups Students, practitioners, engineers and anyone interested in the history of technology. The content Systematization of materials - The material steel - Alloying elements and steel properties - Steel production - Forming - Heat treatment of steel - Materials testing - Production engineering processes - Finishing - By-products and waste - Steel in everyday life - Steel in the future - Chronological table on iron and steel - Glossary The author Dr.-Ing. Joachim Schlegel: Steel shaped his professional life as a mechanical engineer, rolling mill operator, researcher, salesman, product manager, customer consultant and lecturer (continuing education).

Building design --- Building materials. Building technology --- Civil engineering. Building industry --- bouwkunde --- ingenieurswetenschappen --- bouwmaterialen --- Steel, Structural.

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This book presents an innovative methodology to fabricate nanostructured piezoelectric composite fibers with wearable technologies application as an energy generator and/or sensors. It reports on methods of piezoelectric fiber formation and development of novel textile structures (weave, knit, braid, coil) with embedded electrodes. The flexibility and small diameter of the final fiber make it possible to use them in garment without affecting structure of comfort. The performance of the fiber generators was evaluated through different applications such as air and water sensor, health and movement monitoring, and energy generator. The book targets a wide readership including materials scientists, electrical engineering, soft robotics, Internet of things, electronic textiles, and wearable technology

Materials sciences --- Building materials. Building technology --- materiaalkennis --- bouwmaterialen --- Textile fabrics. --- Wearable technology.